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10 results for "medical imaging"
Scientists developed a glowing antibody that makes certain tumors light up on PET scans, helping doctors identify which cancer patients will benefit from targeted treatments. The breakthrough could replace invasive biopsies with a scan that delivers results in hours instead of days.
A South Korean professor just solved a major puzzle in how we control light at tiny scales, earning national recognition and opening doors for 3D displays and medical imaging. Her stable, colorful light technology stayed perfect for over 100 days.
Scientists in Australia just cracked the code on producing a crucial medical imaging material with less waste and lower costs. The breakthrough could make cancer and heart disease diagnosis more accessible worldwide.
A healthcare startup born from one MRI delay is now processing over 3,000 radiology reports every day across India. 5C Network uses AI to turn two-day waits into 24-minute diagnoses, bringing life-saving speed to medical imaging.
Engineers at Monash University have created a revolutionary material structure that makes lasers work faster while using less energy. The breakthrough could transform everything from self-driving cars to medical imaging.
Scientists at Caltech and USC created a medical imaging system that produces vivid 3D color images of tissue and blood vessels in under a minute, without radiation or dyes. The breakthrough could transform how doctors detect cancer, monitor nerve damage, and study the brain.
Scientists in China just cracked a tricky physics problem that could transform everything from cameras to medical imaging. Their breakthrough lets a surface thinner than paper control two types of light completely independently across a rainbow of colors.
Scientists just built the world's first wearable ultrasound system that lets heart patients get monitored at home for 48 hours straight. The technology could catch health problems early while freeing up hospital resources for those who need them most.
Scientists using advanced medical imaging discovered three fossil insects hidden inside amber from legendary writer Johann Wolfgang von Goethe's personal collection. The pieces sat unnoticed for centuries at the Goethe National Museum in Weimar, quietly preserving prehistoric life inside what looked like ordinary golden stones.
Scientists at Oxford University have successfully engineered proteins that harness quantum mechanics, marking the first time these mysterious physics effects have been deliberately designed into biological molecules for practical use. The breakthrough could revolutionize medical imaging and drug delivery.